public bool MayBeDevice(string advertName, List <Guid> advertGUIDs)
{
if (_deviceInfo.NamePrefixes.Any())
{
foreach (var deviceInfoNamePrefix in _deviceInfo.NamePrefixes)
{
if (advertName.IndexOf(deviceInfoNamePrefix) != 0)
{
continue;
}
_bpLogger.Debug($"Found {advertName} via NamePrefix {deviceInfoNamePrefix}");
return(true);
}
}
if ((_deviceInfo.Names.Any() && !_deviceInfo.Names.Contains(advertName)) || !_deviceInfo.Names.Any())
{
_bpLogger.Trace($"Dropping query for {advertName}.");
return(false);
}
if (_deviceInfo.Names.Any() && !advertGUIDs.Any())
{
_bpLogger.Debug("Found " + advertName + " for " + _deviceInfo.GetType());
return(true);
}
_bpLogger.Trace("Found " + advertName + " for " + _deviceInfo.GetType() + " with services " + advertGUIDs);
foreach (var s in _deviceInfo.Services)
{
_bpLogger.Trace("Expecting " + s);
}
foreach (var s in advertGUIDs)
{
_bpLogger.Trace("Got " + s);
}
// Intersect doesn't intersect until the enumerator is called
var sv = _deviceInfo.Services.Intersect(advertGUIDs);
foreach (var s in sv)
{
_bpLogger.Trace("Matched " + s);
return(true);
}
return(false);
}
public bool MayBeDevice(string advertName, List <Guid> advertGUIDs)
{
if (_deviceInfo.Names.Any() && !_deviceInfo.Names.Contains(advertName))
{
return(false);
}
if (_deviceInfo.Names.Any() && !advertGUIDs.Any())
{
_bpLogger.Debug("Found " + advertName + " for " + _deviceInfo.GetType().ToString());
_bpLogger.Debug("No advertised services?");
return(true);
}
_bpLogger.Debug("Found " + advertName + " for " + _deviceInfo.GetType().ToString());
foreach (var s in _deviceInfo.Services)
{
_bpLogger.Debug("Expecting " + s.ToString());
}
foreach (var s in advertGUIDs)
{
_bpLogger.Debug("Got " + s.ToString());
}
// Intersect doesn't intersect until the enumerator is called
var sv = _deviceInfo.Services.Intersect(advertGUIDs);
foreach (var s in sv)
{
_bpLogger.Debug("Matched " + s.ToString());
return(true);
}
return(false);
}
private IBluetoothDeviceGeneralTestUtils GetInterfaceObj(IBluetoothDeviceInfo aInfo)
{
// Tests for IBluetoothDeviceInfo objects would normally be of the format
//
// BluetoothDeviceTestUtils.TestDeviceInfo<T>()
//
// However, since we have all of the types already listed in BluetoothSubtypeManager,
// we can use reflection to build the dynamic type around those classes and
// automatically test any new objects that show up in the array.
//
// If only the code wasn't so horribly ugly.
var bdtu = typeof(BluetoothDeviceTestUtils <>);
var objType = bdtu.MakeGenericType(aInfo.GetType());
var obj = Activator.CreateInstance(objType) as IBluetoothDeviceGeneralTestUtils;
obj.SetupTest(aInfo.Names.Length > 0 ? aInfo.Names[0] : aInfo.NamePrefixes[0]);
return(obj);
}